Mechanical finger installation full angle protection sleeve device

Abstract

The invention discloses a mechanical finger installation full-wrapped angle protection sleeve device and belongs to the field of sorting and packing equipment for square products such as ceramic. The mechanical finger installation full-wrapped angle protection sleeve device is characterized by comprising a full-wrapped angle storage repository (501), an angle supporting device (502), a grabbing device, a rotating device (506) and a telescopic device (507). The full-wrapped angle storage repository (501) is vertically placed. A plurality of full-wrapped angles (500) are vertically stacked and placed into the full-wrapped angle storage repository (501), the bottoms of the full-wrapped angles (500) are provided with tooth buckle fingers (503) capable of keeping the static state of the full-wrapped angles, the tops of the full-wrapped angles (500) are provided with the angle supporting device (502) capable of applying gravity on the full-wrapped angles (500), the grabbing device is installed on the lower portion of the full-wrapped angle storage repository (501), and the grabbing device is controlled by the rotating device (506) and the telescopic device (507) to rotate by 90 degrees and to stretch and retract. The mechanical finger installation full-wrapped angle protection sleeve device can automatically achieve full-wrapped angle protection of ceramic bricks in an assembly line, effectively ensures that the ceramic finished bricks are not damaged, is high in working efficiency and saves the labor cost.

Description

technical field [0001] The utility model relates to a device for installing a full-angle protective cover on a mechanical finger, which belongs to the field of picking and packaging equipment for square products such as ceramics. Background technique [0002] In the process of picking and packaging tiles, wrapping the four corners is a necessary process. Under the existing technology, most of the corner wrapping equipment installed on the tiles are manually installed, or half corner wrapping is installed through the corner wrapping equipment. There are many defects in the above method, for example: [0003] 1) Only one side of the corner of the tile is protected by the wrapped corner, and the other side is exposed and unprotected, and the corner of the tile cannot be completely protected, so it is easy to be injured, damaged, broken by external force, resulting in property loss. [0004] 2) In order to better protect the tiles with full-wrapped corners, the factory has been...

AI Technical Summary

Problems solved by technology

[0003] 1) Only one side of the corner of the tile is protected by the wrapped corner, and the other side is exposed and unprotected, and the corner of the tile cannot be completely protected, so it is easy to be injured, damaged, broken by external force, resulting in property loss

[0004] 2) In order to better protect the tiles with full-wrapped corners, the factory has been manually installing full-wrapped corners for packaging. This is a very cumbersome, boring, and repetitive process, and the efficiency of wrapping corners is extremely low, which not only reduces labor productivity, Moreover, due to the participation of human operations, the probability of product damage is increased

[0005] 3) Increase the labor intensity and workload of workers, prone to bruises, bumps and other phenomena, causing health hazards to workers

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